Cluster	Genes	Gene ontology term enrichment
1	"ZRT1, CCC2, YDR271C, TIS11, SIT1, FIT3, FIT2, FRE1, FTR1, ARN1, COT1 "	"GO:0015891 siderochrome transport (p = 3.55766121808384e-10 or 3.55766121808384e-09, 4 of 9) :: GO:0000041 transition metal ion transport (p = 5.39607366893274e-10 or 5.39607366893274e-09, 5 of 32) :: GO:0015674 di-, tri-valent inorganic cation transport (p = 1.99564934214153e-09 or 1.99564934214153e-08, 5 of 41) :: GO:0030001 metal ion transport (p = 3.63773492463095e-09 or 3.63773492463095e-08, 5 of 46) :: GO:0006812 cation transport (p = 5.47978533129775e-08 or 5.47978533129775e-07, 5 of 78) :: GO:0006810 transport (p = 1.22134291390077e-07 or 1.22134291390077e-06, 9 of 817) :: GO:0006811 ion transport (p = 2.23321176174522e-07 or 2.23321176174522e-06, 5 of 103) :: GO:0015892 iron-siderochrome transport (p = 3.11029532997119e-05 or 0.000311029532997119, 2 of 6) :: GO:0006829 zinc ion transport (p = 3.11029532997119e-05 or 0.000311029532997119, 2 of 6) :: GO:0006825 copper ion transport (p = 0.000136176715853897 or 0.00136176715853897, 2 of 12) :: GO:0006826 iron ion transport (p = 0.000136176715853897 or 0.00136176715853897, 2 of 12) :: GO:0008151 cell growth and/or maintenance (p = 0.000472889085404354 or 0.00472889085404354, 9 of 2132) :: GO:0009987 cellular process (p = 0.000663551020277781 or 0.00663551020277781, 9 of 2221) :: GO:0046916 transition metal ion homeostasis (p = 0.00127436483492399 or 0.0127436483492399, 2 of 36) :: GO:0030005 di-, tri-valent inorganic cation homeostasis (p = 0.00165186390813619 or 0.0165186390813619, 2 of 41) :: GO:0006875 metal ion homeostasis (p = 0.00207638537288296 or 0.0207638537288296, 2 of 46) :: GO:0030003 cation homeostasis (p = 0.00572172614141517 or 0.0572172614141517, 2 of 77) :: GO:0006873 cell ion homeostasis (p = 0.00741789972366821 or 0.0741789972366821, 2 of 88) :: GO:0042592 homeostasis (p = 0.00913464763438236 or 0.0913464763438236, 2 of 98) :: GO:0019725 cell homeostasis (p = 0.00913464763438236 or 0.0913464763438236, 2 of 98) :: GO:0007582 physiological processes (p = 0.132806933990905 or 1, 9 of 4437) :: GO:0000004 biological_process unknown (p = 0.9623650725336 or 1, 2 of 2797) :: GO:0008150 biological_process (p = 1 or 1, 11 of 7272) :: GO:0003673 Gene_Ontology (p = 1 or 1, 11 of 7272)"
2	"YMR051C, YMR046C, YJR029W, YML040W, YBR012W-B, PDR3, YJR028W, YBL005W-A, YJR026W, YER138C, YAR009C, YBR012W-A, YER160C, YML045W, YJR027W, YHR214C-B, YMR045C, YMR050C, YML039W, YAR010C, YBL101W-A, YBL101W-B, YCL019W, YCL020W"	"GO:0000004 biological_process unknown (p = 9.55241727323297e-07 or 3.82096690929319e-06, 21 of 2797) :: GO:0006319 Ty element transposition (p = 0.0180360184146334 or 0.0721440736585338, 2 of 63) :: GO:0006313 DNA transposition (p = 0.0250199516301105 or 0.100079806520442, 2 of 75) :: GO:0006310 DNA recombination (p = 0.0828950182944789 or 0.331580073177916, 2 of 146) :: GO:0006259 DNA metabolism (p = 0.438008422250696 or 1, 2 of 446) :: GO:0006139 nucleobase, nucleoside, nucleotide and nucleic acid metabolism (p = 0.819494160845738 or 1, 3 of 1277) :: GO:0008152 metabolism (p = 0.999878079193383 or 1, 3 of 3266) :: GO:0007582 physiological processes (p = 0.999999896141053 or 1, 3 of 4437) :: GO:0008150 biological_process (p = 1 or 1, 24 of 7272) :: GO:0003673 Gene_Ontology (p = 1 or 1, 24 of 7272)"
3	"ASP3-4, KNS1, UBI4, YOR215C, YLL020C, YHR097C, YGL046W, FBP26, HAL1, NRG1, YIR043C, YDL072C, AYR1, YJL068C, ACS1, FOX2, STP4, UTR4, PFK26, HOR2, PTP1, YHL046C, YER128W, YOR044W, YCR100C, YCR101C, COX5B, YGR146C, SIP18, YMR118C, TTR1, CUP1-2, CUP1-1, SSA3, BTN2, RPN4, GRE2, YOL150C, THI13, YGR201C, YLR164W, UBC8, YIL024C, YLR311C, YJL163C, YLR177W, PET10, YPR098C, YOR292C, CAT2, ERR1, ERR2, YOR152C, YOR121C, YJL152W, SNA3, HVG1, UBC5, PAI3, PDE1, SRL3, YGR137W, YDR003W, UBC13, PAU2, YGR294W, YGL261C, YIL176C, YBL029W, YER053C, EDC2, COQ4, TSA2, YBR269C, YBR241C, YBR139W, YHR209W, ALD3, YLR252W, AAD10, CRS5, NTH1, YLR297W, YIL087C, PCS60, YNL115C, GSY2, GSP2, YOR161C, YJL015C, YJL016W, YPR127W, YJR096W, YHR087W, YKL091C, YPC1, RTS3, YLR149C, YKL151C, YMR173W-A, YJL144W, YDR262W, YBR230C, MRP8, YLR356W, SNO4, YPL280W, YOR391C, HSP12, YNL200C, ECM4, YMR181C, MSC1, STF2, OM45, TFS1, ALD2, SYM1, RNY1, AUT7, FUN19, YJL161W, PGM2, PRX1, HSP42, HSP104, UGA2, YGR043C, HSP30, SSE2, SPI1, YDR070C, YMR090W, SDS24, ETR1, GRE3, HSP26, YAL061W, THI4, UGA1, TPS1, YBR056W, GCY1, SED1, YJR008W, YKR049C, GTT1, YLL023C, GLK1, GPG1, YOR289W, YLR327C, YHR138C, MOH1, YBL048W, ECM8, TRX3, TRX2, HYR1, GRX1, GAD1, ARA1, YDL023C, GPD1, PST1, YRO2, NCE102, YNL305C, PRB1, YNL208W, PST2, PBI2, YDL124W, PIG2, AMS1, PRM9, DDR48, TPS2, YLR053C, YCR079W, YMR191W, PIR3, HSP150, TSL1, YGP1, DCS2, GLC3, FUN14, MPM1, GPM2, YBR204C, YDL091C, PRM8, XKS1, YJL038C, YJL017W "	"GO:0006950 response to stress (p = 5.04776621249731e-12 or 4.74490023974747e-10, 35 of 344) :: GO:0009605 response to external stimulus (p = 1.67380091450534e-07 or 1.57337285963502e-05, 23 of 247) :: GO:0009607 response to biotic stimulus (p = 1.74833351709042e-07 or 1.64343350606499e-05, 11 of 55) :: GO:0006979 response to oxidative stress (p = 2.40140452232202e-06 or 0.00022573202509827, 8 of 34) :: GO:0005975 carbohydrate metabolism (p = 2.84183312578967e-06 or 0.000267132313824229, 19 of 208) :: GO:0045454 cell redox homeostasis (p = 3.05239666255693e-06 or 0.000286925286280351, 5 of 10) :: GO:0030503 regulation of redox homeostasis (p = 3.05239666255693e-06 or 0.000286925286280351, 5 of 10) :: GO:0006800 oxygen and reactive oxygen species metabolism (p = 5.89604348869747e-06 or 0.000554228087937562, 8 of 38) :: GO:0009414 response to water deprivation (p = 9.4637538512185e-05 or 0.00889592862014539, 4 of 10) :: GO:0009415 response to water (p = 9.4637538512185e-05 or 0.00889592862014539, 4 of 10) :: GO:0009269 response to dessication (p = 9.4637538512185e-05 or 0.00889592862014539, 4 of 10) :: GO:0000004 biological_process unknown (p = 0.000112673105176069 or 0.0105912718865505, 101 of 2797) :: GO:0019321 pentose metabolism (p = 0.000185289128584502 or 0.0174171780869432, 3 of 5) :: GO:0005996 monosaccharide metabolism (p = 0.000400868962910285 or 0.0376816825135668, 9 of 84) :: GO:0009310 amine catabolism (p = 0.000560409625781162 or 0.0526785048234292, 5 of 26) :: GO:0019483 beta-alanine biosynthesis (p = 0.000722840816609307 or 0.0679470367612748, 2 of 2) :: GO:0006538 glutamate catabolism (p = 0.000722840816609307 or 0.0679470367612748, 2 of 2) :: GO:0030162 regulation of proteolysis and peptidolysis (p = 0.000722840816609307 or 0.0679470367612748, 2 of 2) :: GO:0019482 beta-alanine metabolism (p = 0.000722840816609307 or 0.0679470367612748, 2 of 2) :: GO:0010038 response to metal ion (p = 0.000977081734277426 or 0.091845683022078, 3 of 8) :: GO:0010035 response to inorganic substance (p = 0.00143662086052672 or 0.135042360889512, 3 of 9) :: GO:0000209 protein polyubiquitination (p = 0.00144351097909767 or 0.135690032035181, 4 of 19) :: GO:0019566 arabinose metabolism (p = 0.00212994442551335 or 0.200214775998255, 2 of 3) :: GO:0006598 polyamine catabolism (p = 0.00212994442551335 or 0.200214775998255, 2 of 3) :: GO:0042402 biogenic amine catabolism (p = 0.00212994442551335 or 0.200214775998255, 2 of 3) :: GO:0042219 amino acid derivative catabolism (p = 0.00212994442551335 or 0.200214775998255, 2 of 3) :: GO:0046688 response to copper ion (p = 0.00212994442551335 or 0.200214775998255, 2 of 3) :: GO:0009628 response to abiotic stimulus (p = 0.00248471868219019 or 0.233563556125877, 13 of 197) :: GO:0006513 protein monoubiquitination (p = 0.00255734996474032 or 0.24039089668559, 4 of 22) :: GO:0009065 glutamine family amino acid catabolism (p = 0.00354416194301838 or 0.333151222643727, 3 of 12) :: GO:0009894 regulation of catabolism (p = 0.00354416194301838 or 0.333151222643727, 3 of 12) :: GO:0006970 response to osmotic stress (p = 0.00410847126695455 or 0.386196299093728, 6 of 57) :: GO:0016567 protein ubiquitination (p = 0.00480526067536984 or 0.451694503484765, 4 of 26) :: GO:0006066 alcohol metabolism (p = 0.00565795577775162 or 0.531847843108652, 10 of 145) :: GO:0006457 protein folding (p = 0.00566353488849679 or 0.532372279518699, 5 of 43) :: GO:0006112 energy reserve metabolism (p = 0.00631101593738413 or 0.593235498114108, 4 of 28) :: GO:0009056 catabolism (p = 0.00647959532006131 or 0.609081960085763, 16 of 298) :: GO:0006595 polyamine metabolism (p = 0.00685025597473545 or 0.643924061625133, 2 of 5) :: GO:0006972 hyperosmotic response (p = 0.00685025597473545 or 0.643924061625133, 2 of 5) :: GO:0005991 trehalose metabolism (p = 0.00685025597473545 or 0.643924061625133, 2 of 5) :: GO:0009991 response to extracellular stimulus (p = 0.0069061093322073 or 0.649174277227486, 3 of 15) :: GO:0042144 vacuole fusion (non-autophagic) (p = 0.0069061093322073 or 0.649174277227486, 3 of 15) :: GO:0016053 organic acid biosynthesis (p = 0.0069061093322073 or 0.649174277227486, 3 of 15) :: GO:0046394 carboxylic acid biosynthesis (p = 0.0069061093322073 or 0.649174277227486, 3 of 15) :: GO:0006091 energy pathways (p = 0.00922088547126904 or 0.86676323429929, 11 of 180) :: GO:0015980 energy derivation by oxidation of organic compounds (p = 0.00922088547126904 or 0.86676323429929, 11 of 180) :: GO:0019795 nonprotein amino acid biosynthesis (p = 0.0100937753433426 or 0.948814882274208, 2 of 6) :: GO:0019748 secondary metabolism (p = 0.0100937753433426 or 0.948814882274208, 2 of 6) :: GO:0046165 alcohol biosynthesis (p = 0.0126116087000621 or 1, 4 of 34) :: GO:0006081 aldehyde metabolism (p = 0.013589934407012 or 1, 3 of 19) :: GO:0007039 vacuolar protein catabolism (p = 0.0138820774035098 or 1, 2 of 7) :: GO:0019725 cell homeostasis (p = 0.0162900761658388 or 1, 7 of 98) :: GO:0042592 homeostasis (p = 0.0162900761658388 or 1, 7 of 98) :: GO:0019222 regulation of metabolism (p = 0.0168746418569696 or 1, 4 of 37) :: GO:0006006 glucose metabolism (p = 0.0169811987852985 or 1, 5 of 56) :: GO:0019318 hexose metabolism (p = 0.0182973969901999 or 1, 6 of 78) :: GO:0009063 amino acid catabolism (p = 0.0229601019627255 or 1, 3 of 23) :: GO:0006576 biogenic amine metabolism (p = 0.0229601019627255 or 1, 3 of 23) :: GO:0019794 nonprotein amino acid metabolism (p = 0.0229686345597476 or 1, 2 of 9) :: GO:0006575 amino acid derivative metabolism (p = 0.0257312766475308 or 1, 3 of 24) :: GO:0006512 ubiquitin cycle (p = 0.0257857920297118 or 1, 4 of 42) :: GO:0009651 salinity response (p = 0.0338736950266496 or 1, 2 of 11) :: GO:0042221 response to chemical substance (p = 0.0346185116264058 or 1, 4 of 46) :: GO:0009267 cellular response to starvation (p = 0.0399396016434558 or 1, 2 of 12) :: GO:0042594 response to starvation (p = 0.0399396016434558 or 1, 2 of 12) :: GO:0006094 gluconeogenesis (p = 0.0459206720825727 or 1, 3 of 30) :: GO:0006944 membrane fusion (p = 0.0539685429324716 or 1, 3 of 32) :: GO:0046364 monosaccharide biosynthesis (p = 0.0539685429324716 or 1, 3 of 32) :: GO:0019319 hexose biosynthesis (p = 0.0539685429324716 or 1, 3 of 32) :: GO:0006113 fermentation (p = 0.0602885520800009 or 1, 2 of 15) :: GO:0006536 glutamate metabolism (p = 0.0677107492319982 or 1, 2 of 16) :: GO:0016051 carbohydrate biosynthesis (p = 0.0815171336066694 or 1, 4 of 61) :: GO:0006082 organic acid metabolism (p = 0.0823101606192709 or 1, 10 of 225) :: GO:0019752 carboxylic acid metabolism (p = 0.0823101606192709 or 1, 10 of 225) :: GO:0009228 thiamin biosynthesis (p = 0.0833840874737418 or 1, 2 of 18) :: GO:0042724 thiamin and derivative biosynthesis (p = 0.0833840874737418 or 1, 2 of 18) :: GO:0006772 thiamin metabolism (p = 0.0915951643050185 or 1, 2 of 19) :: GO:0042723 thiamin and derivative metabolism (p = 0.0915951643050185 or 1, 2 of 19) :: GO:0009064 glutamine family amino acid metabolism (p = 0.0975765243908199 or 1, 3 of 41) :: GO:0005977 glycogen metabolism (p = 0.126507758099947 or 1, 2 of 23) :: GO:0007125 invasive growth (p = 0.135669256413517 or 1, 2 of 24) :: GO:0007149 colony morphology (p = 0.144973202440902 or 1, 2 of 25) :: GO:0005984 disaccharide metabolism (p = 0.154405371402619 or 1, 2 of 26) :: GO:0046365 monosaccharide catabolism (p = 0.154405371402619 or 1, 2 of 26) :: GO:0006885 regulation of pH (p = 0.163952194717411 or 1, 2 of 27) :: GO:0030641 hydrogen ion homeostasis (p = 0.163952194717411 or 1, 2 of 27) :: GO:0046164 alcohol catabolism (p = 0.18333866347514 or 1, 2 of 29) :: GO:0016052 carbohydrate catabolism (p = 0.219252288209953 or 1, 3 of 60) :: GO:0030004 monovalent inorganic cation homeostasis (p = 0.222957656425348 or 1, 2 of 33) :: GO:0006073 glucan metabolism (p = 0.243023820296644 or 1, 2 of 35) :: GO:0006519 amino acid and derivative metabolism (p = 0.248827767439603 or 1, 6 of 157) :: GO:0042364 water-soluble vitamin biosynthesis (p = 0.263163431981971 or 1, 2 of 37) :: GO:0009110 vitamin biosynthesis (p = 0.263163431981971 or 1, 2 of 37) :: GO:0030163 protein catabolism (p = 0.267887625182497 or 1, 5 of 129) :: GO:0045229 external encapsulating structure organization and biogenesis (p = 0.273069371021335 or 1, 5 of 130) :: GO:0007047 cell wall organization and biogenesis (p = 0.273069371021335 or 1, 5 of 130) :: GO:0006766 vitamin metabolism (p = 0.277285813725612 or 1, 3 of 68) :: GO:0006767 water-soluble vitamin metabolism (p = 0.277285813725612 or 1, 3 of 68) :: GO:0006092 main pathways of carbohydrate metabolism (p = 0.277285813725612 or 1, 3 of 68) :: GO:0006631 fatty acid metabolism (p = 0.283312272465798 or 1, 2 of 39) :: GO:0009308 amine metabolism (p = 0.295003781650364 or 1, 6 of 167) :: GO:0007154 cell communication (p = 0.333101637603192 or 1, 6 of 175) :: GO:0009057 macromolecule catabolism (p = 0.337912494134172 or 1, 6 of 176) :: GO:0006520 amino acid metabolism (p = 0.352719890071681 or 1, 5 of 145) :: GO:0005976 polysaccharide metabolism (p = 0.372686632255792 or 1, 2 of 48) :: GO:0030435 sporulation (p = 0.388391038945606 or 1, 3 of 83) :: GO:0006897 endocytosis (p = 0.429813202291752 or 1, 2 of 54) :: GO:0006732 coenzyme metabolism (p = 0.439165680738742 or 1, 3 of 90) :: GO:0007033 vacuole organization and biogenesis (p = 0.442669733330927 or 1, 4 of 126) :: GO:0045333 cellular respiration (p = 0.510024985305694 or 1, 2 of 63) :: GO:0000902 cellular morphogenesis (p = 0.535245854781835 or 1, 3 of 104) :: GO:0009653 morphogenesis (p = 0.535245854781835 or 1, 3 of 104) :: GO:0006731 coenzymes and prosthetic group metabolism (p = 0.548214665454634 or 1, 3 of 106) :: GO:0007151 sporulation (sensu Saccharomyces) (p = 0.551308820744149 or 1, 2 of 68) :: GO:0006629 lipid metabolism (p = 0.585615898839087 or 1, 5 of 190) :: GO:0006508 proteolysis and peptidolysis (p = 0.591898368930902 or 1, 3 of 113) :: GO:0030437 sporulation (sensu Fungi) (p = 0.597552307027058 or 1, 2 of 74) :: GO:0007126 meiosis (p = 0.603872053331945 or 1, 3 of 115) :: GO:0030003 cation homeostasis (p = 0.619305631609101 or 1, 2 of 77) :: GO:0006281 DNA repair (p = 0.654847119921029 or 1, 3 of 124) :: GO:0006643 membrane lipid metabolism (p = 0.67288526495164 or 1, 2 of 85) :: GO:0006873 cell ion homeostasis (p = 0.691349228111378 or 1, 2 of 88) :: GO:0008652 amino acid biosynthesis (p = 0.751835734460475 or 1, 2 of 99) :: GO:0000746 conjugation (p = 0.766466337560876 or 1, 2 of 102) :: GO:0000747 conjugation with cellular fusion (p = 0.766466337560876 or 1, 2 of 102) :: GO:0019953 sexual reproduction (p = 0.766466337560876 or 1, 2 of 102) :: GO:0009309 amine biosynthesis (p = 0.784809571298785 or 1, 2 of 106) :: GO:0008610 lipid biosynthesis (p = 0.805957871990989 or 1, 2 of 111) :: GO:0006974 response to DNA damage stimulus (p = 0.814624069522001 or 1, 3 of 161) :: GO:0006793 phosphorus metabolism (p = 0.82114043612219 or 1, 3 of 163) :: GO:0006796 phosphate metabolism (p = 0.82114043612219 or 1, 3 of 163) :: GO:0009719 response to endogenous stimulus (p = 0.824325315156263 or 1, 3 of 164) :: GO:0006464 protein modification (p = 0.860103996709562 or 1, 7 of 360) :: GO:0016310 phosphorylation (p = 0.867600982624274 or 1, 2 of 129) :: GO:0007165 signal transduction (p = 0.906787751831419 or 1, 2 of 145) :: GO:0000003 reproduction (p = 0.944562670952856 or 1, 2 of 168) :: GO:0000280 nuclear division (p = 0.945812013432191 or 1, 3 of 225) :: GO:0007275 development (p = 0.952853632488099 or 1, 5 of 336) :: GO:0006886 intracellular protein transport (p = 0.961858346486364 or 1, 3 of 242) :: GO:0000279 M phase (p = 0.961858346486364 or 1, 3 of 242) :: GO:0015031 protein transport (p = 0.967074026269236 or 1, 3 of 249) :: GO:0006259 DNA metabolism (p = 0.983651631319453 or 1, 6 of 446) :: GO:0006605 protein targeting (p = 0.985228460808029 or 1, 2 of 224) :: GO:0016192 vesicle-mediated transport (p = 0.989996318021332 or 1, 2 of 240) :: GO:0006366 transcription from Pol II promoter (p = 0.991576436073973 or 1, 2 of 247) :: GO:0008152 metabolism (p = 0.997936154012838 or 1, 69 of 3266) :: GO:0006996 organelle organization and biogenesis (p = 0.99833511048802 or 1, 6 of 563) :: GO:0046907 intracellular transport (p = 0.999225104004121 or 1, 3 of 413) :: GO:0007049 cell cycle (p = 0.9995602319222 or 1, 4 of 503) :: GO:0016043 cell organization and biogenesis (p = 0.999791530703997 or 1, 15 of 1144) :: GO:0008283 cell proliferation (p = 0.999930334805453 or 1, 4 of 580) :: GO:0009058 biosynthesis (p = 0.999953736866836 or 1, 13 of 1120) :: GO:0019538 protein metabolism (p = 0.999958679268425 or 1, 19 of 1428) :: GO:0007582 physiological processes (p = 0.999964044593123 or 1, 93 of 4437) :: GO:0007028 cytoplasm organization and biogenesis (p = 0.999976307934848 or 1, 6 of 755) :: GO:0006351 transcription, DNA-dependent (p = 0.999993665443496 or 1, 2 of 521) :: GO:0006810 transport (p = 0.9999945985166 or 1, 6 of 817) :: GO:0006350 transcription (p = 0.999997156712572 or 1, 2 of 550) :: GO:0009987 cellular process (p = 0.999999508630611 or 1, 31 of 2221) :: GO:0006139 nucleobase, nucleoside, nucleotide and nucleic acid metabolism (p = 0.999999970013376 or 1, 10 of 1277) :: GO:0008151 cell growth and/or maintenance (p = 0.999999977241852 or 1, 26 of 2132) :: GO:0008150 biological_process (p = 1 or 1, 196 of 7272) :: GO:0003673 Gene_Ontology (p = 1 or 1, 196 of 7272)"
4	"PRE3, TPI1, TDH2, ENO1, TDH3, PGK1, TDH1, YCR013C, PGI1, ENO2 "	"GO:0006096 glycolysis (p = 1.01664358070537e-20 or 8.13314864564297e-20, 8 of 18) :: GO:0006007 glucose catabolism (p = 2.5085491706773e-19 or 2.00683933654184e-18, 8 of 25) :: GO:0019320 hexose catabolism (p = 2.5085491706773e-19 or 2.00683933654184e-18, 8 of 25) :: GO:0046365 monosaccharide catabolism (p = 3.62257128900005e-19 or 2.89805703120004e-18, 8 of 26) :: GO:0046164 alcohol catabolism (p = 9.94521564712366e-19 or 7.95617251769892e-18, 8 of 29) :: GO:0006094 gluconeogenesis (p = 1.35583302023195e-18 or 1.08466641618556e-17, 8 of 30) :: GO:0046364 monosaccharide biosynthesis (p = 2.43537373810751e-18 or 1.94829899048601e-17, 8 of 32) :: GO:0019319 hexose biosynthesis (p = 2.43537373810751e-18 or 1.94829899048601e-17, 8 of 32) :: GO:0046165 alcohol biosynthesis (p = 4.201766213657e-18 or 3.3614129709256e-17, 8 of 34) :: GO:0006006 glucose metabolism (p = 3.26961986673621e-16 or 2.61569589338897e-15, 8 of 56) :: GO:0016052 carbohydrate catabolism (p = 5.88350336571525e-16 or 4.7068026925722e-15, 8 of 60) :: GO:0016051 carbohydrate biosynthesis (p = 6.76991160332192e-16 or 5.41592928265754e-15, 8 of 61) :: GO:0006092 main pathways of carbohydrate metabolism (p = 1.69643198088246e-15 or 1.35714558470597e-14, 8 of 68) :: GO:0019318 hexose metabolism (p = 5.3676926351522e-15 or 4.29415410812176e-14, 8 of 78) :: GO:0005996 monosaccharide metabolism (p = 9.96545749043567e-15 or 7.97236599234854e-14, 8 of 84) :: GO:0006066 alcohol metabolism (p = 8.96532315320002e-13 or 7.17225852256002e-12, 8 of 145) :: GO:0009056 catabolism (p = 2.79513693514844e-12 or 2.23610954811875e-11, 9 of 298) :: GO:0015980 energy derivation by oxidation of organic compounds (p = 5.21007307237361e-12 or 4.16805845789888e-11, 8 of 180) :: GO:0006091 energy pathways (p = 5.21007307237361e-12 or 4.16805845789888e-11, 8 of 180) :: GO:0005975 carbohydrate metabolism (p = 1.68059341412009e-11 or 1.34447473129607e-10, 8 of 208) :: GO:0009058 biosynthesis (p = 1.0413479510801e-05 or 8.33078360864083e-05, 8 of 1120) :: GO:0008152 metabolism (p = 0.00440719931408421 or 0.0352575945126737, 9 of 3266) :: GO:0007582 physiological processes (p = 0.0527243584997754 or 0.421794867998203, 9 of 4437) :: GO:0008150 biological_process (p = 1 or 1, 10 of 7272) :: GO:0003673 Gene_Ontology (p = 1 or 1, 10 of 7272)"
5	"PRC1, SDH1, KGD2, KGD1, CIT1, MDH1, SDH3, SDH2, FUM1, POR1"	"GO:0006099 tricarboxylic acid cycle (p = 1.49616338757588e-21 or 1.34654704881829e-20, 8 of 15) :: GO:0006092 main pathways of carbohydrate metabolism (p = 1.69643198088246e-15 or 1.52678878279421e-14, 8 of 68) :: GO:0015980 energy derivation by oxidation of organic compounds (p = 2.79999900879058e-14 or 2.51999910791152e-13, 9 of 180) :: GO:0006091 energy pathways (p = 2.79999900879058e-14 or 2.51999910791152e-13, 9 of 180) :: GO:0005975 carbohydrate metabolism (p = 1.68059341412009e-11 or 1.51253407270808e-10, 8 of 208) :: GO:0006100 TCA intermediate metabolism (p = 1.71761309992889e-11 or 1.545851789936e-10, 5 of 19) :: GO:0006121 mitochondrial electron transport, succinate to ubiquinone (p = 7.48680086114606e-09 or 6.73812077503146e-08, 3 of 4) :: GO:0042773 ATP synthesis coupled electron transport (p = 8.44879595144984e-07 or 7.60391635630485e-06, 3 of 15) :: GO:0006129 protein-disulfide reduction (p = 8.44879595144984e-07 or 7.60391635630485e-06, 3 of 15) :: GO:0042775 ATP synthesis coupled electron transport (sensu Eukarya) (p = 8.44879595144984e-07 or 7.60391635630485e-06, 3 of 15) :: GO:0006103 2-oxoglutarate metabolism (p = 1.70213693078875e-06 or 1.53192323770988e-05, 2 of 2) :: GO:0006118 electron transport (p = 2.4589556494385e-06 or 2.21306008449465e-05, 3 of 21) :: GO:0006082 organic acid metabolism (p = 6.02274336030927e-06 or 5.42046902427834e-05, 5 of 225) :: GO:0019752 carboxylic acid metabolism (p = 6.02274336030927e-06 or 5.42046902427834e-05, 5 of 225) :: GO:0042180 ketone metabolism (p = 1.01978425718303e-05 or 9.17805831464728e-05, 2 of 4) :: GO:0006119 oxidative phosphorylation (p = 1.19786846409929e-05 or 0.000107808161768936, 3 of 35) :: GO:0008152 metabolism (p = 0.000331376784310022 or 0.0029823910587902, 10 of 3266) :: GO:0016310 phosphorylation (p = 0.00059746702508357 or 0.00537720322575213, 3 of 129) :: GO:0006793 phosphorus metabolism (p = 0.00118161900876871 or 0.0106345710789184, 3 of 163) :: GO:0006796 phosphate metabolism (p = 0.00118161900876871 or 0.0106345710789184, 3 of 163) :: GO:0007582 physiological processes (p = 0.00712256572811936 or 0.0641030915530742, 10 of 4437) :: GO:0003673 Gene_Ontology (p = 1 or 1, 10 of 7272) :: GO:0008150 biological_process (p = 1 or 1, 10 of 7272)"
6	"PHO90, YHR162W, YHM1, ILV6, YLR023C, UTP6, KRS1, ARO4, MAE1, YKL030W, ARG3, LEU1, OAC1, BAT1, ILV2, ILV3, HIS4, ASN1, ARG1, CDC60, ILV5, ARO8, LEU4, CPA2, ECM40, TRP3, ARO3, LEU9, YOR271C, MET13, LYS21, HTS1, ASN2, YHR020W, DED81, HIS5, YAH1, SAM4, ARO2, HIS7, YMC2, LEU2, BNA1, YLR349W, DIC1, PAN5, YKL218C, ENB1, AKR1 YCLX10C"	"GO:0006520 amino acid metabolism (p = 3.43778417502257e-34 or 1.47824719525971e-32, 27 of 145) :: GO:0006519 amino acid and derivative metabolism (p = 3.50201633445972e-33 or 1.50586702381768e-31, 27 of 157) :: GO:0008652 amino acid biosynthesis (p = 4.02167655116811e-33 or 1.72932091700229e-31, 24 of 99) :: GO:0009308 amine metabolism (p = 2.09312478825593e-32 or 9.0004365895005e-31, 27 of 167) :: GO:0009309 amine biosynthesis (p = 2.51822876061779e-32 or 1.08283836706565e-30, 24 of 106) :: GO:0006082 organic acid metabolism (p = 1.0009187042474e-28 or 4.30395042826383e-27, 27 of 225) :: GO:0019752 carboxylic acid metabolism (p = 1.0009187042474e-28 or 4.30395042826383e-27, 27 of 225) :: GO:0009082 branched chain family amino acid biosynthesis (p = 9.23419183173925e-18 or 3.97070248764788e-16, 9 of 13) :: GO:0009081 branched chain family amino acid metabolism (p = 1.45560145875183e-16 or 6.25908627263288e-15, 9 of 16) :: GO:0009058 biosynthesis (p = 3.07556770951122e-15 or 1.32249411508983e-13, 32 of 1120) :: GO:0009098 leucine biosynthesis (p = 9.05418607621402e-09 or 3.89330001277203e-07, 4 of 5) :: GO:0006551 leucine metabolism (p = 6.27530814392978e-08 or 2.6983825018898e-06, 4 of 7) :: GO:0009072 aromatic amino acid family metabolism (p = 1.2206421178241e-07 or 5.24876110664364e-06, 5 of 19) :: GO:0006526 arginine biosynthesis (p = 3.70953288787461e-07 or 1.59509914178608e-05, 4 of 10) :: GO:0006525 arginine metabolism (p = 2.35211313887294e-06 or 0.000101140864971536, 4 of 15) :: GO:0000051 urea cycle intermediate metabolism (p = 2.35211313887294e-06 or 0.000101140864971536, 4 of 15) :: GO:0019438 aromatic compound biosynthesis (p = 3.1206329504119e-06 or 0.000134187216867712, 4 of 16) :: GO:0009073 aromatic amino acid family biosynthesis (p = 3.1206329504119e-06 or 0.000134187216867712, 4 of 16) :: GO:0006725 aromatic compound metabolism (p = 1.9016169482211e-05 or 0.000817695287735072, 5 of 50) :: GO:0019794 nonprotein amino acid metabolism (p = 2.34769476227554e-05 or 0.00100950874777848, 3 of 9) :: GO:0009084 glutamine family amino acid biosynthesis (p = 2.84947943741662e-05 or 0.00122527615808915, 4 of 27) :: GO:0006418 amino acid activation (p = 2.84947943741662e-05 or 0.00122527615808915, 4 of 27) :: GO:0008152 metabolism (p = 4.51776271314225e-05 or 0.00194263796665117, 36 of 3266) :: GO:0006807 nitrogen metabolism (p = 9.14709219360153e-05 or 0.00393324964324866, 4 of 36) :: GO:0000105 histidine biosynthesis (p = 9.9345996137035e-05 or 0.00427187783389251, 3 of 14) :: GO:0009076 histidine family amino acid biosynthesis (p = 9.9345996137035e-05 or 0.00427187783389251, 3 of 14) :: GO:0009075 histidine family amino acid metabolism (p = 9.9345996137035e-05 or 0.00427187783389251, 3 of 14) :: GO:0006547 histidine metabolism (p = 9.9345996137035e-05 or 0.00427187783389251, 3 of 14) :: GO:0007582 physiological processes (p = 0.000144817093596047 or 0.00622713502463002, 42 of 4437) :: GO:0009064 glutamine family amino acid metabolism (p = 0.000153414103166305 or 0.00659680643615113, 4 of 41) :: GO:0009066 aspartate family amino acid metabolism (p = 0.000168726139732679 or 0.00725522400850519, 4 of 42) :: GO:0009067 aspartate family amino acid biosynthesis (p = 0.00021852261390894 or 0.00939647239808443, 3 of 18) :: GO:0006529 asparagine biosynthesis (p = 0.000264599921713006 or 0.0113777966336593, 2 of 4) :: GO:0006820 anion transport (p = 0.000595835549396012 or 0.0256209286240285, 3 of 25) :: GO:0006591 ornithine metabolism (p = 0.000655816257153604 or 0.028200099057605, 2 of 6) :: GO:0006528 asparagine metabolism (p = 0.00155373989760942 or 0.0668108155972049, 2 of 9) :: GO:0015711 organic anion transport (p = 0.00235341903124868 or 0.101197018343693, 2 of 11) :: GO:0046138 coenzymes and prosthetic group biosynthesis (p = 0.0037859965013245 or 0.162797849556954, 3 of 47) :: GO:0006811 ion transport (p = 0.00493372179722408 or 0.212150037280635, 4 of 103) :: GO:0015698 inorganic anion transport (p = 0.00502555843660016 or 0.216099012773807, 2 of 16) :: GO:0000002 mitochondrial genome maintenance (p = 0.00706983337032877 or 0.304002834924137, 2 of 19) :: GO:0000096 sulfur amino acid metabolism (p = 0.0160827696728975 or 0.691559095934592, 2 of 29) :: GO:0009108 coenzyme biosynthesis (p = 0.0205618118643471 or 0.884157910166923, 2 of 33) :: GO:0046942 carboxylic acid transport (p = 0.0281294064738743 or 1, 2 of 39) :: GO:0015849 organic acid transport (p = 0.0294844131945633 or 1, 2 of 40) :: GO:0006731 coenzymes and prosthetic group metabolism (p = 0.0341791668289366 or 1, 3 of 106) :: GO:0006790 sulfur metabolism (p = 0.0443851234422125 or 1, 2 of 50) :: GO:0046483 heterocycle metabolism (p = 0.0688629723951023 or 1, 2 of 64) :: GO:0006732 coenzyme metabolism (p = 0.122748442600612 or 1, 2 of 90) :: GO:0007005 mitochondrion organization and biogenesis (p = 0.145571916259012 or 1, 2 of 100) :: GO:0006810 transport (p = 0.309445078361511 or 1, 7 of 817) :: GO:0006412 protein biosynthesis (p = 0.405048828294783 or 1, 6 of 759) :: GO:0009059 macromolecule biosynthesis (p = 0.415071661409432 or 1, 6 of 767) :: GO:0007275 development (p = 0.66877843505866 or 1, 2 of 336) :: GO:0007028 cytoplasm organization and biogenesis (p = 0.896387124714495 or 1, 3 of 755) :: GO:0006996 organelle organization and biogenesis (p = 0.902193708937881 or 1, 2 of 563) :: GO:0019538 protein metabolism (p = 0.938955894991563 or 1, 6 of 1428) :: GO:0008151 cell growth and/or maintenance (p = 0.941701481952327 or 1, 10 of 2132) :: GO:0009987 cellular process (p = 0.959975549709523 or 1, 10 of 2221) :: GO:0016043 cell organization and biogenesis (p = 0.961509813907482 or 1, 4 of 1144) :: GO:0000004 biological_process unknown (p = 0.999953279100954 or 1, 7 of 2797) :: GO:0003673 Gene_Ontology (p = 1 or 1, 49 of 7272) :: GO:0008150 biological_process (p = 1 or 1, 49 of 7272)"
7	"ARG2, YLR089C, YJL213W, MCT1, AAT2, GLY1, AQR2, YBR147W, CTF13, SNO1, SNZ1, MTG1, BAP2, YHR122W, ISU2, QDR2, YKL121W, YNR068C, YBR047W, ZTA1, MCH1, LSM6, VID24, CAF16, ARG4, TMT1, YGL117W, RIB5, YHR029C, YFR055W, TRP5, YPR059C, YOR203W, HIS3, YJR111C, MCH4, ARG80, HIS2, YLR193C, POS5, YOL118C, YPL264C, STR2, BSC5, YDL025C, BAT2, ARO9, CAD1, YOR225W, BIO5, DRS2, GON1, BIO3, YDR186C, BUD16, DRE3 "	"GO:0006082 organic acid metabolism (p = 9.80306915958996e-09 or 4.21531973862368e-07, 13 of 225) :: GO:0019752 carboxylic acid metabolism (p = 9.80306915958996e-09 or 4.21531973862368e-07, 13 of 225) :: GO:0006520 amino acid metabolism (p = 1.18363608076779e-07 or 5.08963514730151e-06, 10 of 145) :: GO:0006519 amino acid and derivative metabolism (p = 2.50539603011241e-07 or 1.07732029294833e-05, 10 of 157) :: GO:0009308 amine metabolism (p = 4.46106631608149e-07 or 1.91825851591504e-05, 10 of 167) :: GO:0008652 amino acid biosynthesis (p = 7.35517790048225e-07 or 3.16272649720737e-05, 8 of 99) :: GO:0009309 amine biosynthesis (p = 1.24309153859156e-06 or 5.34529361594372e-05, 8 of 106) :: GO:0006767 water-soluble vitamin metabolism (p = 1.20154665564826e-05 or 0.000516665061928751, 6 of 68) :: GO:0006766 vitamin metabolism (p = 1.20154665564826e-05 or 0.000516665061928751, 6 of 68) :: GO:0006732 coenzyme metabolism (p = 6.00137887703001e-05 or 0.0025805929171229, 6 of 90) :: GO:0006731 coenzymes and prosthetic group metabolism (p = 0.000149597901824713 or 0.00643270977846264, 6 of 106) :: GO:0006807 nitrogen metabolism (p = 0.000154704343660029 or 0.00665228677738124, 4 of 36) :: GO:0009110 vitamin biosynthesis (p = 0.000172467756824156 or 0.00741611354343869, 4 of 37) :: GO:0042364 water-soluble vitamin biosynthesis (p = 0.000172467756824156 or 0.00741611354343869, 4 of 37) :: GO:0000051 urea cycle intermediate metabolism (p = 0.000184347447977466 or 0.00792694026303104, 3 of 15) :: GO:0006525 arginine metabolism (p = 0.000184347447977466 or 0.00792694026303104, 3 of 15) :: GO:0009064 glutamine family amino acid metabolism (p = 0.000258477504634079 or 0.0111145326992654, 4 of 41) :: GO:0006768 biotin metabolism (p = 0.000346053512018749 or 0.0148803010168062, 2 of 4) :: GO:0009102 biotin biosynthesis (p = 0.000346053512018749 or 0.0148803010168062, 2 of 4) :: GO:0006790 sulfur metabolism (p = 0.000558371148351952 or 0.0240099593791339, 4 of 50) :: GO:0009063 amino acid catabolism (p = 0.000686863245080793 or 0.0295351195384741, 3 of 23) :: GO:0008614 pyridoxine metabolism (p = 0.000856598036847349 or 0.036833715584436, 2 of 6) :: GO:0009310 amine catabolism (p = 0.000992019823262254 or 0.0426568524002769, 3 of 26) :: GO:0006526 arginine biosynthesis (p = 0.00251941371267218 or 0.108334789644904, 2 of 10) :: GO:0009068 aspartate family amino acid catabolism (p = 0.00251941371267218 or 0.108334789644904, 2 of 10) :: GO:0000105 histidine biosynthesis (p = 0.00499514035940247 or 0.214791035454306, 2 of 14) :: GO:0009076 histidine family amino acid biosynthesis (p = 0.00499514035940247 or 0.214791035454306, 2 of 14) :: GO:0009075 histidine family amino acid metabolism (p = 0.00499514035940247 or 0.214791035454306, 2 of 14) :: GO:0006547 histidine metabolism (p = 0.00499514035940247 or 0.214791035454306, 2 of 14) :: GO:0009072 aromatic amino acid family metabolism (p = 0.00915803531796141 or 0.393795518672341, 2 of 19) :: GO:0046483 heterocycle metabolism (p = 0.0129369540845191 or 0.556289025634321, 3 of 64) :: GO:0009084 glutamine family amino acid biosynthesis (p = 0.0180739556620984 or 0.777180093470232, 2 of 27) :: GO:0046916 transition metal ion homeostasis (p = 0.031044412365899 or 1, 2 of 36) :: GO:0045893 positive regulation of transcription, DNA-dependent (p = 0.0326588168088224 or 1, 2 of 37) :: GO:0045944 positive regulation of transcription from Pol II promoter (p = 0.0326588168088224 or 1, 2 of 37) :: GO:0045941 positive regulation of transcription (p = 0.0394353095771817 or 1, 2 of 41) :: GO:0030005 di-, tri-valent inorganic cation homeostasis (p = 0.0394353095771817 or 1, 2 of 41) :: GO:0009058 biosynthesis (p = 0.0410912119659733 or 1, 14 of 1120) :: GO:0009066 aspartate family amino acid metabolism (p = 0.0412063200958312 or 1, 2 of 42) :: GO:0006875 metal ion homeostasis (p = 0.048581411440157 or 1, 2 of 46) :: GO:0006725 aromatic compound metabolism (p = 0.0563967698972701 or 1, 2 of 50) :: GO:0006092 main pathways of carbohydrate metabolism (p = 0.0961747539783699 or 1, 2 of 68) :: GO:0030003 cation homeostasis (p = 0.118338712130609 or 1, 2 of 77) :: GO:0006873 cell ion homeostasis (p = 0.146947727423227 or 1, 2 of 88) :: GO:0015980 energy derivation by oxidation of organic compounds (p = 0.160688687631653 or 1, 3 of 180) :: GO:0006091 energy pathways (p = 0.160688687631653 or 1, 3 of 180) :: GO:0019725 cell homeostasis (p = 0.174057069108642 or 1, 2 of 98) :: GO:0042592 homeostasis (p = 0.174057069108642 or 1, 2 of 98) :: GO:0016192 vesicle-mediated transport (p = 0.281398152264398 or 1, 3 of 240) :: GO:0006355 regulation of transcription, DNA-dependent (p = 0.353691161679595 or 1, 3 of 274) :: GO:0006357 regulation of transcription from Pol II promoter (p = 0.358587948585135 or 1, 2 of 163) :: GO:0045449 regulation of transcription (p = 0.368572537127569 or 1, 3 of 281) :: GO:0000004 biological_process unknown (p = 0.39189992435762 or 1, 23 of 2797) :: GO:0009056 catabolism (p = 0.404474331006021 or 1, 3 of 298) :: GO:0006810 transport (p = 0.443206281702415 or 1, 7 of 817) :: GO:0005975 carbohydrate metabolism (p = 0.479182541863355 or 1, 2 of 208) :: GO:0008152 metabolism (p = 0.567822858884182 or 1, 25 of 3266) :: GO:0006366 transcription from Pol II promoter (p = 0.572240733489428 or 1, 2 of 247) :: GO:0009605 response to external stimulus (p = 0.572240733489428 or 1, 2 of 247) :: GO:0007582 physiological processes (p = 0.679478907677404 or 1, 33 of 4437) :: GO:0006351 transcription, DNA-dependent (p = 0.775596376750588 or 1, 3 of 521) :: GO:0006350 transcription (p = 0.806797386414072 or 1, 3 of 550) :: GO:0008151 cell growth and/or maintenance (p = 0.877574921588199 or 1, 13 of 2132) :: GO:0009987 cellular process (p = 0.912952369873334 or 1, 13 of 2221) :: GO:0008283 cell proliferation (p = 0.944932490168056 or 1, 2 of 580) :: GO:0007028 cytoplasm organization and biogenesis (p = 0.984118942875007 or 1, 2 of 755) :: GO:0006139 nucleobase, nucleoside, nucleotide and nucleic acid metabolism (p = 0.993102142476566 or 1, 4 of 1277) :: GO:0016043 cell organization and biogenesis (p = 0.999237022223 or 1, 2 of 1144) :: GO:0003673 Gene_Ontology (p = 1 or 1, 56 of 7272) :: GO:0008150 biological_process (p = 1 or 1, 56 of 7272)"
8	"VTC4, VTC3, PHO12, PHO11, PHO5, PHO3 MISSING "	"GO:0042144 vacuole fusion (non-autophagic) (p = 5.92912400370093e-05 or 0.000355747440222056, 2 of 15) :: GO:0006944 membrane fusion (p = 0.000278337062116638 or 0.00167002237269983, 2 of 32) :: GO:0007033 vacuole organization and biogenesis (p = 0.0042687173562691 or 0.0256123041376146, 2 of 126) :: GO:0006793 phosphorus metabolism (p = 0.0070595414080291 or 0.0423572484481746, 2 of 163) :: GO:0006796 phosphate metabolism (p = 0.0070595414080291 or 0.0423572484481746, 2 of 163) :: GO:0006996 organelle organization and biogenesis (p = 0.0728265154132473 or 0.436959092479484, 2 of 563) :: GO:0009987 cellular process (p = 0.0747708004276459 or 0.448624802565875, 4 of 2221) :: GO:0007028 cytoplasm organization and biogenesis (p = 0.121801646585899 or 0.730809879515396, 2 of 755) :: GO:0016043 cell organization and biogenesis (p = 0.240781867905641 or 1, 2 of 1144) :: GO:0008151 cell growth and/or maintenance (p = 0.243094601629861 or 1, 3 of 2132) :: GO:0007582 physiological processes (p = 0.249290729634597 or 1, 5 of 4437) :: GO:0008152 metabolism (p = 0.835449264534221 or 1, 2 of 3266) :: GO:0008150 biological_process (p = 1 or 1, 6 of 7272) :: GO:0003673 Gene_Ontology (p = 1 or 1, 6 of 7272)"
9	"YBR281C, YLR302C, SER33, MET14, MET17, SUL1, MET3, YML018C, CYS3, MMP1, MHT1, OPT1, MET1, MET16, MET2, SUL2, BNA3, HOM6, GSH1, MET8 MISSING "	"GO:0006790 sulfur metabolism (p = 3.25151527052173e-22 or 6.50303054104347e-21, 12 of 50) :: GO:0000096 sulfur amino acid metabolism (p = 1.04960505038756e-17 or 2.09921010077512e-16, 9 of 29) :: GO:0006555 methionine metabolism (p = 2.7674741392286e-14 or 5.5349482784572e-13, 7 of 20) :: GO:0006520 amino acid metabolism (p = 1.13393278117669e-12 or 2.26786556235337e-11, 10 of 145) :: GO:0006519 amino acid and derivative metabolism (p = 2.5352682987346e-12 or 5.07053659746921e-11, 10 of 157) :: GO:0009308 amine metabolism (p = 4.72513318960662e-12 or 9.45026637921324e-11, 10 of 167) :: GO:0006791 sulfur utilization (p = 5.103849268095e-12 or 1.020769853619e-10, 5 of 8) :: GO:0000103 sulfate assimilation (p = 5.103849268095e-12 or 1.020769853619e-10, 5 of 8) :: GO:0009066 aspartate family amino acid metabolism (p = 9.30420080816515e-12 or 1.86084016163303e-10, 7 of 42) :: GO:0006082 organic acid metabolism (p = 9.29037066219044e-11 or 1.85807413243809e-09, 10 of 225) :: GO:0019752 carboxylic acid metabolism (p = 9.29037066219044e-11 or 1.85807413243809e-09, 10 of 225) :: GO:0009069 serine family amino acid metabolism (p = 1.57088885522709e-07 or 3.14177771045418e-06, 4 of 19) :: GO:0009092 homoserine metabolism (p = 3.54010703204906e-07 or 7.08021406409813e-06, 3 of 6) :: GO:0046138 coenzymes and prosthetic group biosynthesis (p = 6.88036954309861e-06 or 0.000137607390861972, 4 of 47) :: GO:0008272 sulfate transport (p = 2.15248131158934e-05 or 0.000430496262317869, 2 of 3) :: GO:0006731 coenzymes and prosthetic group metabolism (p = 0.000172648216212303 or 0.00345296432424605, 4 of 106) :: GO:0009070 serine family amino acid biosynthesis (p = 0.000319161581153033 or 0.00638323162306067, 2 of 10) :: GO:0006779 porphyrin biosynthesis (p = 0.000641169037876683 or 0.0128233807575337, 2 of 14) :: GO:0006778 porphyrin metabolism (p = 0.000738590812890861 or 0.0147718162578172, 2 of 15) :: GO:0015698 inorganic anion transport (p = 0.000842712384576456 or 0.0168542476915291, 2 of 16) :: GO:0006820 anion transport (p = 0.00207574767447226 or 0.0415149534894451, 2 of 25) :: GO:0008652 amino acid biosynthesis (p = 0.00235828478021403 or 0.0471656956042805, 3 of 99) :: GO:0009309 amine biosynthesis (p = 0.00286523837773261 or 0.0573047675546521, 3 of 106) :: GO:0009108 coenzyme biosynthesis (p = 0.00360548513021315 or 0.0721097026042631, 2 of 33) :: GO:0046483 heterocycle metabolism (p = 0.0130824495316613 or 0.261648990633226, 2 of 64) :: GO:0007582 physiological processes (p = 0.0197483783084648 or 0.394967566169296, 17 of 4437) :: GO:0008152 metabolism (p = 0.0208666204250962 or 0.417332408501923, 14 of 3266) :: GO:0006732 coenzyme metabolism (p = 0.0249057251923495 or 0.498114503846989, 2 of 90) :: GO:0009058 biosynthesis (p = 0.024913334335474 or 0.498266686709481, 7 of 1120) :: GO:0006811 ion transport (p = 0.0319796895458005 or 0.639593790916011, 2 of 103) :: GO:0006810 transport (p = 0.393666149093235 or 1, 3 of 817) :: GO:0008151 cell growth and/or maintenance (p = 0.959527720542941 or 1, 3 of 2132) :: GO:0009987 cellular process (p = 0.968385931146403 or 1, 3 of 2221) :: GO:0000004 biological_process unknown (p = 0.994727951227762 or 1, 3 of 2797) :: GO:0003673 Gene_Ontology (p = 1 or 1, 20 of 7272) :: GO:0008150 biological_process (p = 1 or 1, 20 of 7272)"
10	"OYE3, YGR154C, YGR153W, YDR223W, RAD59, YIL163C, CWP1, YNL191W, MET32, YLR364W, YOL164W, FMO, YIR042C, YIL166C, AGP3, YLL055W, YOL163W, LEE1, YLL056C, PDC6, YBR293W, MET28, LSB5 MISSING YCLX05C"	"GO:0000096 sulfur amino acid metabolism (p = 0.00368864555468125 or 0.0368864555468125, 2 of 29) :: GO:0006790 sulfur metabolism (p = 0.0106902857416443 or 0.106902857416443, 2 of 50) :: GO:0000004 biological_process unknown (p = 0.0601587228723232 or 0.601587228723232, 13 of 2797) :: GO:0006520 amino acid metabolism (p = 0.0760577948929732 or 0.760577948929732, 2 of 145) :: GO:0006519 amino acid and derivative metabolism (p = 0.0872206158938137 or 0.872206158938137, 2 of 157) :: GO:0009308 amine metabolism (p = 0.0968841989502789 or 0.968841989502789, 2 of 167) :: GO:0006082 organic acid metabolism (p = 0.15804419828605 or 1, 2 of 225) :: GO:0019752 carboxylic acid metabolism (p = 0.15804419828605 or 1, 2 of 225) :: GO:0006810 transport (p = 0.254494775507238 or 1, 4 of 817) :: GO:0008151 cell growth and/or maintenance (p = 0.707652344890395 or 1, 6 of 2132) :: GO:0016043 cell organization and biogenesis (p = 0.725103015324087 or 1, 3 of 1144) :: GO:0009987 cellular process (p = 0.749800045492074 or 1, 6 of 2221) :: GO:0006139 nucleobase, nucleoside, nucleotide and nucleic acid metabolism (p = 0.930815370229047 or 1, 2 of 1277) :: GO:0007582 physiological processes (p = 0.972455650629445 or 1, 10 of 4437) :: GO:0008152 metabolism (p = 0.994457039299668 or 1, 5 of 3266) :: GO:0008150 biological_process (p = 1 or 1, 23 of 7272) :: GO:0003673 Gene_Ontology (p = 1 or 1, 23 of 7272)"
11	"RPL43B, CLU1, NAN1, ADE1, MRPL3, RPA190, SOF1, DUS3, YCR072C, NCL1, ELP3, YNL087W, MAM33, MRPL13, KEL3, IMP3, HMT1, CTP1, YHB1, ALD6, HXK2, IMD1, IMD3, IMD2, IMD4, FAA3, PMT2, PMT1, ADE5,7, YGL068W, YGL069C, HNM1, TOM40, DED1, NEW1, VPH1, GAS5, EFT1, UTH1, TUF1, RRP5, UTP9, NOG2, STT3, RPC40, EMP70, MES1, YNR021W, TKL1, YJL200C, ILS1, LYS2, YNL247W, ALA1, RPB8, SUI3, YLR168C, YPL238C, MNN10, RPG1, THS1, FRS1, SSB1, SAM1, SHM2, ADE17, ADE13, TIF1, LYS12, YOR315W, YEF3, SSB2, GUA1, SUR4, ADH6, LYS9, LYS4, MRS11, ARX1, TIF5, GRS1, HAS1, RPA49, SIK1, BRX1, NOP58, PWP1, RKI1, URA7, YGR160W, NSR1, NOP7, YLR198C, YTM1, UTP13, ADE4, NIP7, ADE2, DBP2, RCL1, SRP40, YJR070C, TIF11, IMP4, YOR309C, RPA34, MAK16, TIF3, RPO26, EMG1, NHP2, MRT4, RPB5, MIS1, PRT1, IPI3, NUC1, YOR342C, YOL124C, UTP21, AAH1, WRS1, TEF4, SES1, RRB1, CBF5, STM1, GLN4, MRPL7, MRPL15, DBP3, NMD3, SSH1, SUR7, CLB2, SCW4, MMR1, TOS1, CIS3, YOR248W, SRL1, SCW10, SIM1, GAS1, DSE2, CTS1, SUN4, YMR304C-A, GAS3, YPR004C, MNN11, TIF2, URA5, GDH1, YHM2, MGE1, CCT5, CDC33, RSM26, ATP11, YLR253W, SRP72, ARP9, PNT1, RPB2, MNN5, GSH2, SAC1, MCD4, NIP1, SEC26, MCA1, YGL139W, RFC1, YOR169C, DUS1, YMR293C, PNO1, IFM1, RPC31, NOP2, RSA3, YCL053C, NOP15, KRR1, MAK11, BMS1, YPR143W, REX4, LTV1, RLP7, NOG1, PUS7, YGR054W, ALG8, RPS9A "	"GO:0007046 ribosome biogenesis (p = 6.87283842442448e-19 or 7.21648034564571e-17, 31 of 157) :: GO:0042254 ribosome biogenesis and assembly (p = 7.33032495185636e-19 or 7.69684119944917e-17, 34 of 195) :: GO:0006360 transcription from Pol I promoter (p = 4.80657362183008e-17 or 5.04690230292158e-15, 29 of 155) :: GO:0006364 rRNA processing (p = 1.93127149014856e-12 or 2.02783506465599e-10, 22 of 127) :: GO:0006413 translational initiation (p = 2.65025994763238e-12 or 2.782772945014e-10, 14 of 43) :: GO:0042273 ribosomal large subunit biogenesis (p = 6.31795240281486e-10 or 6.6338500229556e-08, 8 of 14) :: GO:0007582 physiological processes (p = 1.90705502257248e-09 or 2.00240777370111e-07, 158 of 4437) :: GO:0030490 processing of 20S pre-rRNA (p = 8.6825952706803e-09 or 9.11672503421431e-07, 10 of 33) :: GO:0008152 metabolism (p = 1.07934806500517e-08 or 1.13331546825543e-06, 127 of 3266) :: GO:0007028 cytoplasm organization and biogenesis (p = 2.19623566823875e-08 or 2.30604745165068e-06, 47 of 755) :: GO:0009058 biosynthesis (p = 4.07318227277565e-08 or 4.27684138641444e-06, 60 of 1120) :: GO:0006412 protein biosynthesis (p = 7.36845964690133e-08 or 7.7368826292464e-06, 46 of 759) :: GO:0009059 macromolecule biosynthesis (p = 1.01198404330483e-07 or 1.06258324547007e-05, 46 of 767) :: GO:0006418 amino acid activation (p = 3.45359887430728e-07 or 3.62627881802264e-05, 8 of 27) :: GO:0009201 ribonucleoside triphosphate biosynthesis (p = 5.12144634391047e-07 or 5.377518661106e-05, 4 of 4) :: GO:0009199 ribonucleoside triphosphate metabolism (p = 5.12144634391047e-07 or 5.377518661106e-05, 4 of 4) :: GO:0009112 nucleobase metabolism (p = 6.3743499983757e-07 or 6.69306749829448e-05, 8 of 29) :: GO:0009259 ribonucleotide metabolism (p = 8.90952869130107e-07 or 9.35500512586613e-05, 6 of 14) :: GO:0006144 purine base metabolism (p = 8.90952869130107e-07 or 9.35500512586613e-05, 6 of 14) :: GO:0006396 RNA processing (p = 2.05450864047994e-06 or 0.000215723407250394, 27 of 372) :: GO:0009142 nucleoside triphosphate biosynthesis (p = 2.50660552209136e-06 or 0.000263193579819593, 4 of 5) :: GO:0006351 transcription, DNA-dependent (p = 2.85476326730476e-06 or 0.000299750143067, 33 of 521) :: GO:0016070 RNA metabolism (p = 4.51128893808053e-06 or 0.000473685338498456, 28 of 411) :: GO:0006365 35S primary transcript processing (p = 6.01347692246143e-06 or 0.00063141507685845, 9 of 50) :: GO:0009141 nucleoside triphosphate metabolism (p = 7.36101957895215e-06 or 0.000772907055789976, 4 of 6) :: GO:0006350 transcription (p = 9.16928566430091e-06 or 0.000962774994751596, 33 of 550) :: GO:0009260 ribonucleotide biosynthesis (p = 9.178811022112e-06 or 0.00096377515732176, 5 of 12) :: GO:0009150 purine ribonucleotide metabolism (p = 1.45900940396868e-05 or 0.00153195987416711, 5 of 13) :: GO:0009205 purine ribonucleoside triphosphate metabolism (p = 1.92890121625984e-05 or 0.00202534627707283, 3 of 3) :: GO:0009206 purine ribonucleoside triphosphate biosynthesis (p = 1.92890121625984e-05 or 0.00202534627707283, 3 of 3) :: GO:0006183 GTP biosynthesis (p = 1.92890121625984e-05 or 0.00202534627707283, 3 of 3) :: GO:0009145 purine nucleoside triphosphate biosynthesis (p = 1.92890121625984e-05 or 0.00202534627707283, 3 of 3) :: GO:0046039 GTP metabolism (p = 1.92890121625984e-05 or 0.00202534627707283, 3 of 3) :: GO:0009144 purine nucleoside triphosphate metabolism (p = 1.92890121625984e-05 or 0.00202534627707283, 3 of 3) :: GO:0006139 nucleobase, nucleoside, nucleotide and nucleic acid metabolism (p = 3.87110388795849e-05 or 0.00406465908235641, 57 of 1277) :: GO:0006725 aromatic compound metabolism (p = 4.90510947784749e-05 or 0.00515036495173987, 8 of 50) :: GO:0009085 lysine biosynthesis (p = 5.80034817721575e-05 or 0.00609036558607653, 4 of 9) :: GO:0006553 lysine metabolism (p = 5.80034817721575e-05 or 0.00609036558607653, 4 of 9) :: GO:0016043 cell organization and biogenesis (p = 5.96323749331244e-05 or 0.00626139936797806, 52 of 1144) :: GO:0006163 purine nucleotide metabolism (p = 8.70022852595969e-05 or 0.00913523995225768, 5 of 18) :: GO:0042255 ribosome assembly (p = 9.91233622614836e-05 or 0.0104079530374558, 8 of 55) :: GO:0009117 nucleotide metabolism (p = 0.000122838123886558 or 0.0128980030080886, 6 of 30) :: GO:0009451 RNA modification (p = 0.000144890428680326 or 0.0152134950114342, 11 of 108) :: GO:0009152 purine ribonucleotide biosynthesis (p = 0.000145588237089953 or 0.0152867648944451, 4 of 11) :: GO:0009165 nucleotide biosynthesis (p = 0.000244908309018041 or 0.0257153724468943, 5 of 22) :: GO:0046483 heterocycle metabolism (p = 0.000292889481290309 or 0.0307533955354825, 8 of 64) :: GO:0006164 purine nucleotide biosynthesis (p = 0.000553215758722795 or 0.0580876546658935, 4 of 15) :: GO:0006842 tricarboxylic acid transport (p = 0.000722840816609307 or 0.0758982857439772, 2 of 2) :: GO:0019878 lysine biosynthesis, aminoadipic pathway (p = 0.000977081734277426 or 0.10259358209913, 3 of 8) :: GO:0009067 aspartate family amino acid biosynthesis (p = 0.00116393111084246 or 0.122212766638459, 4 of 18) :: GO:0019538 protein metabolism (p = 0.00145343420189645 or 0.152610591199127, 56 of 1428) :: GO:0006383 transcription from Pol III promoter (p = 0.00258203638533761 or 0.271113820460449, 5 of 36) :: GO:0012501 programmed cell death (p = 0.00418426923626859 or 0.439348269808202, 2 of 4) :: GO:0006915 apoptosis (p = 0.00418426923626859 or 0.439348269808202, 2 of 4) :: GO:XXXXXXX unannotated (p = 0.00418426923626859 or 0.439348269808202, 2 of 4) :: GO:0009066 aspartate family amino acid metabolism (p = 0.00511459010716793 or 0.537031961252633, 5 of 42) :: GO:0000154 rRNA modification (p = 0.00640612041802849 or 0.672642643892992, 7 of 82) :: GO:0009101 glycoprotein biosynthesis (p = 0.0067353140751047 or 0.707207977885994, 6 of 63) :: GO:0006486 protein amino acid glycosylation (p = 0.0067353140751047 or 0.707207977885994, 6 of 63) :: GO:0016072 rRNA metabolism (p = 0.00684069964940729 or 0.718273463187765, 7 of 83) :: GO:0000920 cell separation during cytokinesis (p = 0.00685025597473545 or 0.719276877347223, 2 of 5) :: GO:0007109 cytokinesis, completion of separation (p = 0.00685025597473545 or 0.719276877347223, 2 of 5) :: GO:0006446 regulation of translational initiation (p = 0.00685025597473545 or 0.719276877347223, 2 of 5) :: GO:0009100 glycoprotein metabolism (p = 0.00726955235667059 or 0.763302997450412, 6 of 64) :: GO:0042257 ribosomal subunit assembly (p = 0.00827716983475409 or 0.86910283264918, 5 of 47) :: GO:0030383 host-pathogen interaction (p = 0.0100937753433426 or 1, 2 of 6) :: GO:0019048 virus-host interaction (p = 0.0100937753433426 or 1, 2 of 6) :: GO:0000027 ribosomal large subunit assembly and maintenance (p = 0.0126116087000621 or 1, 4 of 34) :: GO:0016032 viral life cycle (p = 0.0138820774035098 or 1, 2 of 7) :: GO:0007005 mitochondrion organization and biogenesis (p = 0.018026379053576 or 1, 7 of 100) :: GO:0006098 pentose-phosphate shunt (p = 0.0181837426266131 or 1, 2 of 8) :: GO:0006400 tRNA modification (p = 0.0257312766475308 or 1, 3 of 24) :: GO:0009167 purine ribonucleoside monophosphate metabolism (p = 0.0282078540572647 or 1, 2 of 10) :: GO:0009161 ribonucleoside monophosphate metabolism (p = 0.0282078540572647 or 1, 2 of 10) :: GO:0009126 purine nucleoside monophosphate metabolism (p = 0.0282078540572647 or 1, 2 of 10) :: GO:0006628 mitochondrial translocation (p = 0.0286738770992553 or 1, 3 of 25) :: GO:0006445 regulation of translation (p = 0.0286738770992553 or 1, 3 of 25) :: GO:0015711 organic anion transport (p = 0.0338736950266496 or 1, 2 of 11) :: GO:0009123 nucleoside monophosphate metabolism (p = 0.0338736950266496 or 1, 2 of 11) :: GO:0006740 NADPH regeneration (p = 0.0338736950266496 or 1, 2 of 11) :: GO:0006739 NADPH metabolism (p = 0.0399396016434558 or 1, 2 of 12) :: GO:0019856 pyrimidine base biosynthesis (p = 0.0463801269858769 or 1, 2 of 13) :: GO:0006206 pyrimidine base metabolism (p = 0.0602885520800009 or 1, 2 of 15) :: GO:0046394 carboxylic acid biosynthesis (p = 0.0602885520800009 or 1, 2 of 15) :: GO:0016053 organic acid biosynthesis (p = 0.0602885520800009 or 1, 2 of 15) :: GO:0006493 O-linked glycosylation (p = 0.0677107492319982 or 1, 2 of 16) :: GO:0046112 nucleobase biosynthesis (p = 0.0915951643050185 or 1, 2 of 19) :: GO:0006626 protein-mitochondrial targeting (p = 0.0921794937862871 or 1, 3 of 40) :: GO:0006520 amino acid metabolism (p = 0.096369539906511 or 1, 7 of 145) :: GO:0008219 cell death (p = 0.100030584405168 or 1, 2 of 20) :: GO:0016265 death (p = 0.117503614088692 or 1, 2 of 22) :: GO:0030384 phosphoinositide metabolism (p = 0.117503614088692 or 1, 2 of 22) :: GO:0008652 amino acid biosynthesis (p = 0.128358957210999 or 1, 5 of 99) :: GO:0006519 amino acid and derivative metabolism (p = 0.131078239321143 or 1, 7 of 157) :: GO:0008151 cell growth and/or maintenance (p = 0.131979980798646 or 1, 65 of 2132) :: GO:0006820 anion transport (p = 0.144973202440902 or 1, 2 of 25) :: GO:0019320 hexose catabolism (p = 0.144973202440902 or 1, 2 of 25) :: GO:0006007 glucose catabolism (p = 0.144973202440902 or 1, 2 of 25) :: GO:0006790 sulfur metabolism (p = 0.151300915999832 or 1, 3 of 50) :: GO:0006082 organic acid metabolism (p = 0.153396017523172 or 1, 9 of 225) :: GO:0019752 carboxylic acid metabolism (p = 0.153396017523172 or 1, 9 of 225) :: GO:0046365 monosaccharide catabolism (p = 0.154405371402619 or 1, 2 of 26) :: GO:0009309 amine biosynthesis (p = 0.157411295360152 or 1, 5 of 106) :: GO:0009308 amine metabolism (p = 0.164153169191088 or 1, 7 of 167) :: GO:0006399 tRNA metabolism (p = 0.177652383131193 or 1, 3 of 54) :: GO:0000096 sulfur amino acid metabolism (p = 0.18333866347514 or 1, 2 of 29) :: GO:0046164 alcohol catabolism (p = 0.18333866347514 or 1, 2 of 29) :: GO:0009987 cellular process (p = 0.187142407946825 or 1, 66 of 2221) :: GO:0006643 membrane lipid metabolism (p = 0.195941366097363 or 1, 4 of 85) :: GO:0006497 protein lipidation (p = 0.203036264842501 or 1, 2 of 31) :: GO:0006769 nicotinamide metabolism (p = 0.203036264842501 or 1, 2 of 31) :: GO:0042158 lipoprotein biosynthesis (p = 0.203036264842501 or 1, 2 of 31) :: GO:0019362 pyridine nucleotide metabolism (p = 0.203036264842501 or 1, 2 of 31) :: GO:0045047 protein-ER targeting (p = 0.203036264842501 or 1, 2 of 31) :: GO:0042157 lipoprotein metabolism (p = 0.203036264842501 or 1, 2 of 31) :: GO:0007029 ER organization and biogenesis (p = 0.212974112970157 or 1, 2 of 32) :: GO:0006650 glycerophospholipid metabolism (p = 0.23297727282638 or 1, 2 of 34) :: GO:0046467 membrane lipid biosynthesis (p = 0.233545110537171 or 1, 3 of 62) :: GO:0006644 phospholipid metabolism (p = 0.24800065521053 or 1, 3 of 64) :: GO:0006487 N-linked glycosylation (p = 0.253088618776956 or 1, 2 of 36) :: GO:0046942 carboxylic acid transport (p = 0.283312272465798 or 1, 2 of 39) :: GO:0006733 oxidoreduction coenzyme metabolism (p = 0.293371892395629 or 1, 2 of 40) :: GO:0015849 organic acid transport (p = 0.293371892395629 or 1, 2 of 40) :: GO:0006461 protein complex assembly (p = 0.343267318276924 or 1, 2 of 45) :: GO:0019318 hexose metabolism (p = 0.351465515825632 or 1, 3 of 78) :: GO:0008654 phospholipid biosynthesis (p = 0.372686632255792 or 1, 2 of 48) :: GO:0005996 monosaccharide metabolism (p = 0.395722960209229 or 1, 3 of 84) :: GO:0006732 coenzyme metabolism (p = 0.439165680738742 or 1, 3 of 90) :: GO:0006913 nucleocytoplasmic transport (p = 0.439165680738742 or 1, 3 of 90) :: GO:0006006 glucose metabolism (p = 0.448250662656819 or 1, 2 of 56) :: GO:0009060 aerobic respiration (p = 0.46635087108687 or 1, 2 of 58) :: GO:0007047 cell wall organization and biogenesis (p = 0.466620172611339 or 1, 4 of 130) :: GO:0045229 external encapsulating structure organization and biogenesis (p = 0.466620172611339 or 1, 4 of 130) :: GO:0016052 carbohydrate catabolism (p = 0.48409745396012 or 1, 2 of 60) :: GO:0045333 cellular respiration (p = 0.510024985305694 or 1, 2 of 63) :: GO:0006731 coenzymes and prosthetic group metabolism (p = 0.548214665454634 or 1, 3 of 106) :: GO:0006766 vitamin metabolism (p = 0.551308820744149 or 1, 2 of 68) :: GO:0006767 water-soluble vitamin metabolism (p = 0.551308820744149 or 1, 2 of 68) :: GO:0006092 main pathways of carbohydrate metabolism (p = 0.551308820744149 or 1, 2 of 68) :: GO:0006066 alcohol metabolism (p = 0.552660423928861 or 1, 4 of 145) :: GO:0046907 intracellular transport (p = 0.561411453089533 or 1, 11 of 413) :: GO:0006605 protein targeting (p = 0.565137498309095 or 1, 6 of 224) :: GO:0008610 lipid biosynthesis (p = 0.579695731482484 or 1, 3 of 111) :: GO:0006629 lipid metabolism (p = 0.585615898839087 or 1, 5 of 190) :: GO:0000910 cytokinesis (p = 0.619305631609101 or 1, 2 of 77) :: GO:0006464 protein modification (p = 0.640687702686793 or 1, 9 of 360) :: GO:0006886 intracellular protein transport (p = 0.64095342359962 or 1, 6 of 242) :: GO:0015031 protein transport (p = 0.668239105017472 or 1, 6 of 249) :: GO:0006091 energy pathways (p = 0.72069749067385 or 1, 4 of 180) :: GO:0015980 energy derivation by oxidation of organic compounds (p = 0.72069749067385 or 1, 4 of 180) :: GO:0006996 organelle organization and biogenesis (p = 0.760286034060384 or 1, 13 of 563) :: GO:0019953 sexual reproduction (p = 0.766466337560876 or 1, 2 of 102) :: GO:0000746 conjugation (p = 0.766466337560876 or 1, 2 of 102) :: GO:0000747 conjugation with cellular fusion (p = 0.766466337560876 or 1, 2 of 102) :: GO:0006811 ion transport (p = 0.771174902387596 or 1, 2 of 103) :: GO:0006366 transcription from Pol II promoter (p = 0.801984118030795 or 1, 5 of 247) :: GO:0005975 carbohydrate metabolism (p = 0.81790997987067 or 1, 4 of 208) :: GO:0000074 regulation of cell cycle (p = 0.832469788002956 or 1, 2 of 118) :: GO:0045045 secretory pathway (p = 0.837365788614988 or 1, 4 of 215) :: GO:0007001 chromosome organization and biogenesis (sensu Eukarya) (p = 0.866587876921256 or 1, 3 of 179) :: GO:0006997 nuclear organization and biogenesis (p = 0.932316139594281 or 1, 3 of 214) :: GO:0006974 response to DNA damage stimulus (p = 0.934953118691679 or 1, 2 of 161) :: GO:0006796 phosphate metabolism (p = 0.937848194107211 or 1, 2 of 163) :: GO:0006793 phosphorus metabolism (p = 0.937848194107211 or 1, 2 of 163) :: GO:0009719 response to endogenous stimulus (p = 0.939249711132221 or 1, 2 of 164) :: GO:0000003 reproduction (p = 0.944562670952856 or 1, 2 of 168) :: GO:0007154 cell communication (p = 0.952817234468183 or 1, 2 of 175) :: GO:0009056 catabolism (p = 0.963224527047802 or 1, 4 of 298) :: GO:0006810 transport (p = 0.963466580504892 or 1, 15 of 817) :: GO:0007010 cytoskeleton organization and biogenesis (p = 0.97161475854498 or 1, 3 of 256) :: GO:0006414 translational elongation (p = 0.972555254872022 or 1, 4 of 313) :: GO:0016192 vesicle-mediated transport (p = 0.989996318021332 or 1, 2 of 240) :: GO:0006950 response to stress (p = 0.996011880474937 or 1, 3 of 344) :: GO:0000278 mitotic cell cycle (p = 0.9971188511971 or 1, 2 of 290) :: GO:0007275 development (p = 0.999110607995411 or 1, 2 of 336) :: GO:0006259 DNA metabolism (p = 0.999654612107846 or 1, 3 of 446) :: GO:0008283 cell proliferation (p = 0.999680647950989 or 1, 5 of 580) :: GO:0007049 cell cycle (p = 0.999917169096351 or 1, 3 of 503) :: GO:0000004 biological_process unknown (p = 0.999999999814302 or 1, 36 of 2797) :: GO:0003673 Gene_Ontology (p = 1 or 1, 196 of 7272) :: GO:0008150 biological_process (p = 1 or 1, 196 of 7272)"
12	"YPL197C, RPL40A, RPL39, RPS14B, VRG4, RPL7B, RPL21B, RPS28A, RPS17B, RPL23B, RPL12A, RPS8B, RPL11B, RPS16B, RPS11B, RPL12B, RPL26A, RPL3, YNL119W, RPS7B, RPS0A, RPL26B, YPL142C, RPS18B, RPS8A, RPL21A, RPS9B, YGL102C, RPS15, RPL4A, RPP1B, RPL34B, RPS21B, YLR076C, RPS17A, RPS19A, RPL8B, RPL27A, RPL38, RPL11A, RPS12, RPS1A, RPL15A, RPL20B, RPS23B, RPL40B, RPS31, RPP2A, RPL17B, RPL5, RPL20A, RPS4B, RPS4A, RPS2, RPL2A, RPS5, YLL044W, RPS19B, RPL18A, RPL1A, RPL2B, RPS22A, RPS7A, RPL16B, ASC1, RPP0, RPL7A, RPL18B, RPL4B, RPL24B, RPL24A, RPL8A, RPS6B, RPS20, RPL1B, RPL10, RPL17A, RPL14A, RPL16A, BUD28, RPS24B, RPS22B, RPL9B, RPS28B, RPS6A, RPL9A, RPS3, RPL23A, RPL30, RPL43A, YPR044C, RPS25B, YLR339C, RPS26B, RPS27B, RPS21A, RPS29A, RPL13A, RPL15B, RPS16A, RPL6A, RPS10A, RPL33B, RPL31A, RPL19A, RPL35B, BUD19, RPS30B, RPL41A, RPS13, RPP1A, RPS29B, RPL33A, RPL22A, RPS11A, RPL37A, RPL13B, RPL28, RPL42A, RPL32, RPS26A, RPL19B, RPS25A, RPL35A, RPL42B "	"GO:0006412 protein biosynthesis (p = 2.76861114032396e-101 or 3.87605559645354e-100, 114 of 759) :: GO:0009059 macromolecule biosynthesis (p = 9.96064893344114e-101 or 1.39449085068176e-99, 114 of 767) :: GO:0009058 biosynthesis (p = 5.41307259352021e-81 or 7.57830163092829e-80, 114 of 1120) :: GO:0019538 protein metabolism (p = 1.23644234731511e-68 or 1.73101928624116e-67, 114 of 1428) :: GO:0008152 metabolism (p = 2.6052460196321e-28 or 3.64734442748494e-27, 114 of 3266) :: GO:0042257 ribosomal subunit assembly (p = 2.09435814215664e-17 or 2.9321013990193e-16, 16 of 47) :: GO:0007582 physiological processes (p = 2.93666413739421e-16 or 4.11132979235189e-15, 116 of 4437) :: GO:0042255 ribosome assembly (p = 3.69736764327507e-16 or 5.17631470058511e-15, 16 of 55) :: GO:0000028 ribosomal small subunit assembly and maintenance (p = 5.9022319461806e-10 or 8.26312472465284e-09, 7 of 13) :: GO:0000027 ribosomal large subunit assembly and maintenance (p = 3.58137211538307e-09 or 5.0139209615363e-08, 9 of 34) :: GO:0006450 regulation of translational fidelity (p = 2.83071068042995e-08 or 3.96299495260193e-07, 5 of 7) :: GO:0042254 ribosome biogenesis and assembly (p = 3.00471095826382e-08 or 4.20659534156935e-07, 17 of 195) :: GO:0006445 regulation of translation (p = 3.09949143270019e-06 or 4.33928800578026e-05, 6 of 25) :: GO:0007028 cytoplasm organization and biogenesis (p = 0.056730600715172 or 0.794228410012408, 19 of 755) :: GO:0007105 cytokinesis, site selection (p = 0.0987195590310186 or 1, 2 of 31) :: GO:0000282 bud site selection (p = 0.0987195590310186 or 1, 2 of 31) :: GO:0000910 cytokinesis (p = 0.383068772019419 or 1, 2 of 77) :: GO:0030468 establishment of cell polarity (sensu Fungi) (p = 0.43720631123471 or 1, 2 of 86) :: GO:0000283 establishment of cell polarity (sensu Saccharomyces) (p = 0.43720631123471 or 1, 2 of 86) :: GO:0030010 establishment of cell polarity (p = 0.43720631123471 or 1, 2 of 86) :: GO:0030467 establishment and/or maintenance of cell polarity (sensu Fungi) (p = 0.454688983371147 or 1, 2 of 89) :: GO:0030012 establishment and/or maintenance of cell polarity (sensu Saccharomyces) (p = 0.454688983371147 or 1, 2 of 89) :: GO:0007163 establishment and/or maintenance of cell polarity (p = 0.454688983371147 or 1, 2 of 89) :: GO:0006511 ubiquitin-dependent protein catabolism (p = 0.454688983371147 or 1, 2 of 89) :: GO:0019941 modification-dependent protein catabolism (p = 0.460448296443878 or 1, 2 of 90) :: GO:0006508 proteolysis and peptidolysis (p = 0.582484788546438 or 1, 2 of 113) :: GO:0016043 cell organization and biogenesis (p = 0.603695560639243 or 1, 19 of 1144) :: GO:0030163 protein catabolism (p = 0.654813033283117 or 1, 2 of 129) :: GO:0006414 translational elongation (p = 0.793029841519092 or 1, 4 of 313) :: GO:0009057 macromolecule catabolism (p = 0.810776941592203 or 1, 2 of 176) :: GO:0007010 cytoskeleton organization and biogenesis (p = 0.938497646668885 or 1, 2 of 256) :: GO:0009056 catabolism (p = 0.967096187228195 or 1, 2 of 298) :: GO:0006996 organelle organization and biogenesis (p = 0.999549296442299 or 1, 2 of 563) :: GO:0008283 cell proliferation (p = 0.999662925113786 or 1, 2 of 580) :: GO:0008151 cell growth and/or maintenance (p = 0.999835507956362 or 1, 20 of 2132) :: GO:0009987 cellular process (p = 0.999946701645734 or 1, 20 of 2221) :: GO:0003673 Gene_Ontology (p = 1 or 1, 125 of 7272) :: GO:0008150 biological_process (p = 1 or 1, 125 of 7272) :: GO:0000004 biological_process unknown (p = 1.00000000000264 or 1, 9 of 2797)"
13	"MEP1, MEP2, URA1, URA2, FAA4, YMR088C, TAL1, URA4, URA3, YHR049W "	"GO:0019856 pyrimidine base biosynthesis (p = 5.31835626356937e-07 or 4.78652063721243e-06, 3 of 13) :: GO:0006206 pyrimidine base metabolism (p = 8.44879595144984e-07 or 7.60391635630485e-06, 3 of 15) :: GO:0046112 nucleobase biosynthesis (p = 1.7941181209356e-06 or 1.61470630884204e-05, 3 of 19) :: GO:0015695 organic cation transport (p = 5.10266468635533e-06 or 4.5923982177198e-05, 2 of 3) :: GO:0015696 ammonium transport (p = 5.10266468635533e-06 or 4.5923982177198e-05, 2 of 3) :: GO:0009112 nucleobase metabolism (p = 6.71667013102838e-06 or 6.04500311792554e-05, 3 of 29) :: GO:0006725 aromatic compound metabolism (p = 3.54844043165797e-05 or 0.000319359638849217, 3 of 50) :: GO:0046483 heterocycle metabolism (p = 7.46680824229533e-05 or 0.00067201274180658, 3 of 64) :: GO:0006812 cation transport (p = 0.00483412269578439 or 0.0435071042620595, 2 of 78) :: GO:0006811 ion transport (p = 0.00830223300722718 or 0.0747200970650446, 2 of 103) :: GO:0009058 biosynthesis (p = 0.0110035577786312 or 0.0990320200076805, 5 of 1120) :: GO:0006139 nucleobase, nucleoside, nucleotide and nucleic acid metabolism (p = 0.0817910230723749 or 0.736119207651374, 4 of 1277) :: GO:0006810 transport (p = 0.0928890960639805 or 0.836001864575824, 3 of 817) :: GO:0007582 physiological processes (p = 0.18403157530189 or 1, 8 of 4437) :: GO:0008152 metabolism (p = 0.259553639850901 or 1, 6 of 3266) :: GO:0008151 cell growth and/or maintenance (p = 0.598934378966597 or 1, 3 of 2132) :: GO:0009987 cellular process (p = 0.631676708597962 or 1, 3 of 2221) :: GO:0000004 biological_process unknown (p = 0.943659771553287 or 1, 2 of 2797) :: GO:0008150 biological_process (p = 1 or 1, 10 of 7272) :: GO:0003673 Gene_Ontology (p = 1 or 1, 10 of 7272)"
14	"CYS4, MUP1, CHO2, CHO1, OLE1, YDR115W, RHO1, APA1"	"GO:0046474 glycerophospholipid biosynthesis (p = 0.000453663350244886 or 0.00499029685269374, 2 of 30) :: GO:0006650 glycerophospholipid metabolism (p = 0.000583781421427037 or 0.00642159563569741, 2 of 34) :: GO:0006629 lipid metabolism (p = 0.000892433157387469 or 0.00981676473126216, 3 of 190) :: GO:0008654 phospholipid biosynthesis (p = 0.0011647853170843 or 0.0128126384879273, 2 of 48) :: GO:0046467 membrane lipid biosynthesis (p = 0.00193765354689522 or 0.0213141890158475, 2 of 62) :: GO:0006644 phospholipid metabolism (p = 0.0020634602881128 or 0.0226980631692408, 2 of 64) :: GO:0006643 membrane lipid metabolism (p = 0.00361195454840356 or 0.0397315000324392, 2 of 85) :: GO:0008610 lipid biosynthesis (p = 0.00608871214481719 or 0.0669758335929891, 2 of 111) :: GO:0007582 physiological processes (p = 0.0191608624334854 or 0.21076948676834, 8 of 4437) :: GO:0019752 carboxylic acid metabolism (p = 0.0235963640612794 or 0.259560004674073, 2 of 225) :: GO:0006082 organic acid metabolism (p = 0.0235963640612794 or 0.259560004674073, 2 of 225) :: GO:0008152 metabolism (p = 0.087514318389365 or 0.962657502283015, 6 of 3266) :: GO:0009058 biosynthesis (p = 0.111937888584093 or 1, 3 of 1120) :: GO:0006996 organelle organization and biogenesis (p = 0.122722196809886 or 1, 2 of 563) :: GO:0007028 cytoplasm organization and biogenesis (p = 0.198285614188839 or 1, 2 of 755) :: GO:0016043 cell organization and biogenesis (p = 0.365971682142707 or 1, 2 of 1144) :: GO:0008151 cell growth and/or maintenance (p = 0.430878712858187 or 1, 3 of 2132) :: GO:0009987 cellular process (p = 0.461998736528843 or 1, 3 of 2221) :: GO:0008150 biological_process (p = 1 or 1, 8 of 7272) :: GO:0003673 Gene_Ontology (p = 1 or 1, 8 of 7272)"